MOG as symmetry breaking in Scalar-Vector-Tensor gravity

TL;DR

This paper proposes a gauge-invariant Scalar-Vector-Tensor gravity model that explains symmetry breaking at low temperatures, potentially altering cosmic evolution and naturally producing inflation, addressing dark matter issues.

Contribution

It introduces a gauge-invariant MOG framework that accounts for symmetry breaking, offering a novel approach to cosmological dynamics and inflation.

Findings

Proposes a gauge-invariant Scalar-Vector-Tensor gravity model

Suggests symmetry breaking at low temperatures influences universe evolution

Potential to naturally produce cosmological inflation

Abstract

The Modified Gravity Model (MOG) has been proposed as a solution to the dark matter problem, but it does not meet the gauge invariant condition. The aim of this work is to propose a gauge-invariant theory, which suggests that symmetry can break at a low temperature in the Universe, leading to the MOG theory. This theory has the potential to alter the dynamics of the early and late Universe and naturally produce cosmological inflation.